General Planning
Life Science
Innovative Campus Expansion for the Future of Biopharma
Digital planning and building
Building Information Modelling, or BIM for short, is a design and planning process for digitally mapping a building over its entire life cycle. From planning to construction, operation, subsequent measures for maintenance, modernization, expansion, conversion and extension through to dismantling.
Increase efficiency and transparency
Detailed 3D models enable efficient and transparent planning and implementation of construction projects. The models contain all relevant data on architecture, structure, building technology, components, materials and more. They are updated in real time and are available to all those involved in order to manage construction processes holistically and efficiently.
In addition to high planning quality, this also ensures better integration and interdisciplinary cooperation between all parties involved. Innovative solutions and new ideas can be tested and implemented more easily and quickly in BIM. As a building owner, you have the opportunity to virtually walk through simulations of your building project and play through various options realistically, long before the first work begins on the construction site. This not only gives you greater certainty when making decisions, but also enables you to react to new developments and any problems that may arise at an early stage.
Improved planning accuracy
BIM offers decisive advantages in the planning and implementation of large and complex buildings. Greater planning accuracy means that errors and changes can be avoided during the construction phase and costs can be estimated more precisely. Working with BIM as a central and transparent communication platform minimizes the risk of misunderstandings and coordination problems between the various specialist plans and trades.
Collisions and conflicts are already visible on the screen and can be resolved in the digital twin of the building at a fraction of the time and cost that would be required on the construction site. The seamless documentation of all planning and construction processes in the BIM system minimizes interface risks and enables seamless handovers to subsequent construction and operating phases.
From process to building
Especially for industrial, production and logistics properties, BIM fits perfectly with our principle of planning from the inside out. We first plan and model the production and logistics processes, including the plant technology and workstations, and derive the requirements for the building from this.
These include floor plans, room sizes and layouts, statics, load-bearing capacities of floors and ceilings, type and dimensioning of building technology and media supply as well as safety and fire protection equipment.
With BIM, the effects on the building can be reliably analyzed by simulating various scenarios for the production and logistics processes. Our many years of experience in the planning of production and logistics processes, in which digital models and simulations have long been state of the art, enabled us to utilize synergy effects at an early stage and transfer our expertise to the use of digital twins in the construction industry.
Highest sustainability standards
Another decisive advantage of BIM is the improvement in sustainability and efficiency. Thanks to detailed planning and modelling, we can calculate the ecological footprint of the building project in advance and minimize energy consumption and environmental impact as early as the design phase.
We use BIM to select sustainable materials and integrate energy-efficient building technologies. This not only contributes to a better ecological balance of the building, but also helps to reduce operating costs in the long term. By simulating and analyzing various energy scenarios, we can ensure that the building meets the highest sustainability standards both in the construction phase and during operation.
Optimize building operation
BIM also offers a number of advantages for the subsequent operation and maintenance of the building. The digital model serves as a comprehensive database with all relevant information on the building and its components. This makes servicing, maintenance and any subsequent conversion measures that may be necessary much easier.
Facility managers can access BIM, for example, to create maintenance plans, coordinate repairs and optimize operations. This not only extends the service life of the building and the technical building equipment, but also optimizes operating efficiency. By integrating BIM into the entire life cycle of the building, we create economically and ecologically sustainable added value, which is added to the efficiency gains achieved in the planning and construction phase.
Trust through projects
Our success stories
Factory Planning, Supply Chain, General Planning
Consumer & Food
New Production Site in Poland for Pet Food
General Planning, Factory Planning
Chemicals
Future-Oriented Site Development for the Production of Hygiene Solutions
Dr. Manuel Schrapers
Managing Director
Frederik Simonet
Business Development
